PDF Archive search engine
Last database update: 07 May at 09:13 - Around 76000 files indexed.
30 August 2016 Physiological basis for lowtemperature survival and storage of quiescent larvae of the fruit fly Drosophila melanogaster Vladimír Koštál1, Jaroslava Korbelová1, Tomáš Štětina1,2, Rodolphe Poupardin1,3, Hervé Colinet4, Helena Zahradníčková1, Iva Opekarová1, Martin Moos1 &
Next, we measured concentrations of common metabolic wastes (ammonia, uric acid) and characterized bacterial communities, both in food and in larvae, for three contrasting larval densities (low, medium and high).
Next, we assessed heat and cold tolerance in L3 larvae reared at three selected larval densities:
Members of the Drosophila genus are not generally considered as pests since their larvae are primarily developed on damaged or rotting fruits.
Using SIM-GC/MS approach, we verified whether feeding of larvae and adults on sugar-enriched diets was associated with increasing body sugars.
The larvae feed on the fruit pulp inside fruit and berries, causing the fruit to collapse.
living parasitoid larvae that had not emerge after 21 days at 20°C (i.e.
The larvae develop in decaying vegetable matter and take usually two years in development, the adult beetles live 2–4 months.
In koinobiont parasitoids, the host and the parasitoid larvae coexist and closely interact until the end of the parasitoid development, and temperature thus aVects the length of time the parasitoid and the host are physiologically integrated.
Once the larvae feed on the fruit ﬂesh it becomes unsaleable, and infestations of D.
Insects like moths, ants, beetles, flies, larvae, fruit indigo bunting Northern cardinal Season:
Chen et al., 2006) exposure at 4 °C resulted in a very low survival, whereas at 4.5 °C larvae tolerated cold storage for 20 days.
In the first layer the pollen is deposited, and as the stories increase they act as a nest for young bees, a place for the larvae, and the last two act as locations for honey collection form beeswax pots.
Finally, we tested whether the application of FTRs is beneficial to pupae as observed in larvae and adults.